Sentence examples for repository of compounds from inspiring English sources

Plant metabolism represents an enormous repository of compounds that are of pharmaceutical and biotechnological importance.

A significant step has been the emergence of PubChem, which contains property information for millions of chemical structures, and acts as a repository of compounds and bioassay screening data for the NIH Roadmap.

The secondary compounds of plants make up a vast repository of compounds with a wide range of biological activities.

For the assessment of compound and drug promiscuity, public databases such as ChEMBL, the major repository of compounds and activity data from medicinal chemistry, the PubChem BioAssay database, the major repository of screening data, and DrugBank, which collects approved and experimental drugs, have become indispensible resources.

The compound data sets reported in our original article and the new data sets presented herein have resulted from research in the chemoinformatics and medicinal chemistry area and have mostly been generated from public domain repositories of compound structures and activity data.

This procedure reduces the huge initial repository of chemical compounds to a manageable size allowing experimental efforts to focus on the synthesis of a handful of molecules and their subsequent screening against biological targets.

Increased availability of large repositories of chemical compounds is creating new challenges and opportunities for the application of machine learning methods to problems in computational chemistry and chemical informatics.

Existing repositories of natural compounds, such as NPACT, SuperNatural, Herb Ingredients' Targets and CamMedNP, focus on different utilitarian aspects of PDM libraries.

Existing repositories of natural compounds, such as NPACT [ 27], SuperNatural [ 28], Herb Ingredients Targetss [ 29], and CamMedNP [ 30], focus on different utilitarian aspects of PDM libraries.

The overall fixed effect and region-specific random effects models are developed using REML in R (http://www.r-project.org/) based on the following equation: (1) Formula : SOA ∼ CMAQv 5.0 + CMAQv 5.0 | region SPECIATE, a US EPA database, includes a large repository of volatile organic compound (VOC) speciation profiles of air pollution emission sources [ 29].

Modern science is just starting to appreciate nature and its large repository of naturally occurring biochemical compounds.